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1. Due Tues 2nd Jan 2018 by 1159pm

2. Email the google drive or dropbox  link of your responses to phy4072016@gmail.com.

3. To save time, you can NEATLY write your responses on white paper.

Capture them using your handphone.  Be sure the lighting is adequate and the content is highly legible. Show to others first for comments.

Combine all your responses into ONLY ONE pdf file using any pdf file creators. File size not more than 2MB.

Reduce the size of the file. Name the file according to your name and dated 02012018. urname_02012018.

Good luck

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1. Due Sunday 26th Nov 2017 by 1159pm

2. Email the google drive or dropbox  link of your responses to phy4072016@gmail.com.

3. To save time, you can NEATLY write your responses on white paper.

Capture them using your handphone.  Be sure the lighting is adequate and the content is highly legible. Show to others first for comments.

Combine all your responses into ONLY ONE pdf file using any pdf file creators.

Reduce the size of the file. Name the file according to your name and dated 26112017. urname_26112017.

Good luck

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Generators; Mutual and self induction

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6th Lecture: Current-Carrying Wires and Magnetic Field

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6th Lecture: Current-Carrying Wires and Magnetic Field

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Behaviour of charged particles & current-carrying conductor in Magnetic Field

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Behaviour of charged particles in Magnetic Field

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Behaviour of charges in Forced Electric Field

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Notes on Electrostatics and Electric Charges

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Notes on Electrostatics and Electric Charges

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Electric Fields n Electric Potential

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Electric Forces/Coulomb Law

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Charges, Charging, Quantization and Conservation

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Respond to the questions in the exercises. Post your responses in the link below

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The link below is the official website for the course. Currently, the website is undergoing some update. I last used it in 2011.
We will be using both the website and this padlet to share information and to engage

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interactive engagement in learning physics

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shah alam.institut pengajian tinggi awam

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Interested in improving learning of physics and science through the use of interactive engagement.Currently teaching thermodynamics at Faculty of Applied Science, Universiti Teknologi MARA (UiTM).

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Your TAKEAWAY after completing the course this semester is that you can:

1. Construct a working scientific model of electrically charged particles under the influence of gravitational, electrical and magnetic field. 50% of your grade  [50% written tests. (2 tests (10%+10%), an online quiz (10%) and a 20% final test] and your learning time (60 learning and assessment hours) shall be on developing and demonstrating how well you achieve this outcome.

2. Perform scientific investigations (plan, conduct and analyze outcomes ) in areas of electrostatics and electricity. 30% (mid-semester and end-of-semester lab exercise) of your grade and your learning time (36 learning and assessment hours) shall be on developing and demonstrating attainment of this ability.

3. Collaborate with team members in performing scientific investigations. 20%  (mid-semester and end-of-semester lab exercise) of your grade and your learning time (24 learning and assessment hours) shall be on developing and demonstrating attainment of this ability..